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journal article EST
/
journal article ENG
Forecasting the Estonian rate of inflation using factor models
Reigl, Nicolas Andreas
Baltic journal of economics
2017
/
p. 152-189
https://doi.org/10.1080/1406099X.2017.1371976
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journal article EST
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journal article ENG
Related publications
1
Essays on applied macroeconomics, banking and financial stability = Esseed rakenduslikust makroökonoomikast, pangandusest ja finantsstabiilsusest
Number of records 1, displaying
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keyword
241
1.
factor models
2.
factor-augmented vector autoregressive models
3.
nuclear factor erythroid 2‐related factor 2
4.
AC loss factor
5.
activating transcription factor 4
6.
basic helix-loop-helix transcription factor
7.
basic helix–loop–helix transcription factor
8.
B-cell activating factor
9.
BDNF (brain-derived neurotrophic factor)
10.
boost factor
11.
brain derived neurotrophic factor
12.
brain-derived neurotrophic factor
13.
brain‐derived neurotrophic factor (BDNF)
14.
calcium-regulated transcription factor
15.
cerebral dopamine neurotrophic factor
16.
CO2 emission factor
17.
coincidence factor
18.
component stress factor
19.
components stress factor
20.
connecting factor
21.
contributing factor
22.
conversion factor
23.
correction factor
24.
cost factor
25.
Cost Weighted Factor for Risk Priority Number (CWFRPN)
26.
cover factor
27.
coverage factor
28.
crest factor
29.
crest factor optimization
30.
crest-factor
31.
dynamic factor model
32.
factor
33.
factor analysis
34.
factor decomposition
35.
factor of input voltage use
36.
fibroblast growth factor-23
37.
gain factor
38.
general transcription factor
39.
haze factor
40.
heat flux factor
41.
hepatocyte nuclear factor 4
42.
human factor
43.
human factor (HF)
44.
human factor of cybersecurity
45.
ideality factor
46.
inner friction factor
47.
magnification factor
48.
mesencephalic astrocyte-derived neurotrophic factor
49.
mesencephalic astrocyte-derived neurotrophic factor (MANF)
50.
minor loss factor
51.
monthly factor
52.
multi-factor
53.
myocyte enhancer factor 2
54.
nerve growth factor
55.
nesting factor
56.
NFAT Ca2+-regulated transcription factor
57.
nonlinear time-varying factor model
58.
power factor
59.
power factor correction
60.
power factor correction (PFC)
61.
power transfer distribution factor
62.
power-factor correction
63.
pre-exponential factor
64.
primary energy factor (PEF)
65.
psycho-physiological stress factor
66.
pulsation factor
67.
repetition factor
68.
rock mass factor
69.
seasonal performance factor
70.
simultaneity factor
71.
surplus power factor
72.
synergy factor
73.
zero factor
74.
temperature factor
75.
tensor factor
76.
three-phase power factor correction (PFC) converter
77.
total factor
78.
total factor productivity
79.
total factor productivity (TFP)
80.
transcription factor
81.
transcription factor NFAT
82.
transcription factor TCF4
83.
two-factor model
84.
water vapour resistance factor
85.
weekdays and weekend factor
86.
weight factor analyze
87.
weighting factor
88.
view factor
89.
wind persistency factor
90.
virulence factor
91.
von Willebrand factor
92.
von Willebrand factor multimer
93.
von Willebrand factor multimers
94.
actor models
95.
adaptation models
96.
agent-based models
97.
aging models
98.
AI maturity models
99.
analytical models
100.
animal models
101.
atmosphere models
102.
bottom-up models
103.
BRT models
104.
business development models
105.
business models
106.
capability models
107.
categorical models of Petri nets
108.
channel models
109.
circular business models
110.
circular economy models
111.
climate models
112.
competence models
113.
computational models
114.
continuum models
115.
control fault models
116.
coupled wave-circulation-atmosphere models
117.
coupled models
118.
data models
119.
demonstration models
120.
didactical models
121.
discrete models
122.
disease models
123.
dq0 models
124.
DSL meta-models
125.
dynamic models
126.
dynamics models
127.
econometric models
128.
EMT models
129.
energy models
130.
entrepreneurial role models
131.
estimation models
132.
excellence models
133.
Faith-based governance models
134.
fault models
135.
feature space for taxonomy of models of interactive computation
136.
FEM Hertz contact and wear models
137.
FEM Models
138.
fetch-based models
139.
forecasting models
140.
fraud models
141.
frontier models
142.
functional models
143.
glass-box models
144.
goal models
145.
governance and ownership models
146.
habitat suitability models
147.
hierarchical service models
148.
hybrid models
149.
hydraulic models
150.
in vitro models
151.
input-output models
152.
input–output models
153.
interactive models
154.
interoperability and evolution of healthcare models and software systems
155.
inventory replenishment models
156.
language models
157.
large language models
158.
large language models (LLM)
159.
learner models
160.
learning models
161.
linear mixed models
162.
linear models
163.
LOD3 models
164.
logic models
165.
logic models and simulation
166.
logistics competence models
167.
lower trophic level models
168.
LRA models
169.
machine learning models
170.
Markov models
171.
mathematical models
172.
mathematical models for economic problems
173.
maturity models
174.
mental models
175.
meta-models
176.
metapopulation models
177.
models
178.
models for risk assessment
179.
models in psychology
180.
Models of computation
181.
multilingual models
182.
multimodal models
183.
multiple regression models
184.
multivariate GARCH models
185.
neural network models
186.
new learning models
187.
non-linear models
188.
non-stationary models
189.
numerical models
190.
ocean models
191.
optimization models
192.
prediction models
193.
predictive models
194.
pre-trained models
195.
price models
196.
probabilistic graphical models
197.
process models and modelling
198.
radio propagation models
199.
regression models
200.
RMS models
201.
rock models
202.
role-models
203.
scaled-down models
204.
science-driven models
205.
second generation of tribology models
206.
sectoral models
207.
service models
208.
shared mental models
209.
simulation models
210.
smooth transition VAR models
211.
sparse models
212.
Spatial statistical models
213.
species distribution models
214.
SSL models
215.
stage and maturity models
216.
stage- and maturity models
217.
stage models
218.
state-space models
219.
static load models
220.
statistical prediction models
221.
structure models
222.
surface models
223.
surgery models
224.
sustainable business models
225.
Sustainable Business Models Interdependence Theory’s Principle Of Interaction
226.
sustainable entrepreneurial role models
227.
synthesis on hierarchical service models
228.
synthetic gravity models
229.
teaching models
230.
theoretical models
231.
thermal models
232.
time-averaged models
233.
top-down models
234.
trajectory models
235.
transformer models
236.
transformer-based models
237.
trust models in technology
238.
turbulence models
239.
wavelet models
240.
wind park models
241.
3D models
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